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Researchers used machine learning and a high-resolution imaging robot to measure and map mycorrhizal fungal networks in soil, a major pathway for carbon moving from plants into the ground. The work frames these fungi as a measurable, planet-scale carbon transport system rather than a largely inferred one.
10:34 AMThe New York TimesResearchers built a nature-inspired membrane with perfectly uniform 1-nanometer pores that can separate molecules with unusually high precision. The approach promises lower-energy filtration and higher-value separations than current membranes can deliver.
9:13 AMScienceDailyChina's underground JUNO observatory reported an early result: a highly precise measurement of how reactor neutrinos oscillate over distance, based on 59 days of data. The result tightens key oscillation parameters and supports JUNO's ability to determine the neutrino mass ordering.
7:57 AMScienceDailyA 1.2-meter fossil fish found on a remote New Zealand cliff in the 1990s has been newly interpreted after the original collector’s long-missing field notebooks resurfaced. The notes helped confirm the specimen as a tarpon-like marine predator that lived about 55 million years ago and was preserved in unusual three-dimensional detail.
5:15 AMScienceDailySummary
Researchers used machine learning and a high-resolution imaging robot to measure and map mycorrhizal fungal networks in soil, a major pathway for carbon moving from plants into the ground. The work frames these fungi as a measurable, planet-scale carbon transport system rather than a largely inferred one.
Why it matters
Better measurement of soil fungal networks can materially change carbon budgets, climate projections, and the credibility of nature-based carbon claims.
Summary
Researchers built a nature-inspired membrane with perfectly uniform 1-nanometer pores that can separate molecules with unusually high precision. The approach promises lower-energy filtration and higher-value separations than current membranes can deliver.
Why it matters
If it scales, this membrane could reduce the cost and energy footprint of clean water and industrial separations at once.
Summary
China's underground JUNO observatory reported an early result: a highly precise measurement of how reactor neutrinos oscillate over distance, based on 59 days of data. The result tightens key oscillation parameters and supports JUNO's ability to determine the neutrino mass ordering.
Why it matters
Pinning down neutrino properties like mass ordering is a prerequisite for interpreting neutrino experiments and for testing physics beyond the Standard Model.
Summary
A 1.2-meter fossil fish found on a remote New Zealand cliff in the 1990s has been newly interpreted after the original collector’s long-missing field notebooks resurfaced. The notes helped confirm the specimen as a tarpon-like marine predator that lived about 55 million years ago and was preserved in unusual three-dimensional detail.
Why it matters
Field documentation can be as critical as the fossil itself, because it determines whether rare finds change scientific baselines or remain isolated curiosities.
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